Osaki Electric says it has signed an agreement to formalize joint development of its AI-based energy management system (EMS), integrating solar generation and lithium iron phosphate (LFP) battery storage. It aims to sign a final contract by December 2026.
The Taiwanese authorities have also introduced a repowering mechanism designed to encourage replacement of aging PV equipment.
UK-based GlobalData says Taiwan is on course to more than double its current solar capacity by the end of 2035.
The European Commission says its new grids package includes €240 billion ($281.8 billion) for hydrogen networks to 2040, alongside fresh Italian State aid for clean tech deployment.
Revisions to Taiwan’s Environmental Impact Assessment Act, Tourism Development Act and Geology Act introduce requirements for environmental impact assessments prior to development of solar projects, and rules out solar installations larger than one hectare in scenic spots and geographically-sensitive areas.
Project contractor United Renewable Energy Engineering says 10 MW of the 192 MW site was preventatively shut down during the incident, which around 30 meters of cable line being damaged. The fire was brought under control within an hour, with the company anticipating no lasting damage to the surrounding area.
French energy storage specialist Saft says it will provide 356 MWh of containerized batteries to a project in Taiwan, raising its total capacity on the island to 630 MWh by 2026.
The Taiwanese government has revealed plans to update environmental impact assessment (EIA) standards for solar projects, following storm-related damage to installations and growing public concern over floating PV deployment.
Taiwan’s Ministry of Environment found no abnormalities in water quality at the site of damaged solar panels following last month’s Typhoon Danas, after conducting water quality tests at impacted solar power plants.
Researchers have used guanidinium thiocyanate as a chaotropic agent to modulate the crystal growth rate during perovskite crystallization. They compared different concentrations of the guanidinium thiocyanate. Champion device efficiency was 22.34%.